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Designing a Dynamic Model for Iran Gas Industry: A System Dynamics Approach
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Ali hosein Samadi   , Shahram Eydizadeh |
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Abstract: (5404 Views) |
| This study aims to evaluate the status of Iranian gas industry and to formulate appropriate policies in order to attain the objectives of Iran’s Vision 2025. A dynamic model including exploration, production, consumption and demand sub-systems is designed based on the system dynamics approach and is simulated for the period 2010-2025. In this model, factors affecting natural gas exploration, demand and consumption as well as production, export and import of all other fuels in energy supply are identified and their dynamic interactions are investigated. The results of solving the basic model indicated that except for a 75 % share of gas consumption, none of Vision’s objectives would be attained, if current policies were followed. Accordingly, new policies are formulated and included in the model in the form of some scenarios. The results of simulating such scenarios suggest that other than coordinating the subdivisions of gas industry, production and exploration rates should be increased and significant technological exploration and production advances should be made in order to attain the objectives considered in the gas industry. Furthermore, clean energies such as water, wind and solar resources should be utilized increasingly in order to supply a part of domestic consumption. The results of model validation tests indicate the validity of the model as acceptable. |
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| Keywords: system thinking, Iranian gas industry, simulation, system dynamics, causal loop diagram, 2025 horizon, Iran |
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Type of Study: Applicable |
Subject:
انرژی، منابع و محیط زیست
Received: 2013/05/6 | Accepted: 2013/09/23 | Published: 2014/08/13
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